Embedded System Engineering

Develop electro-mechanical products with wireless connectivity.

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“Tailored hardware, precise firmware.”

We develop custom hardware and firmware solutions as per your project needs with our embedded engineering service.

Improvians offers full-cycle embedded engineering services or collaborative support at any project stage, ensuring seamless progress tailored to your needs.

How Our Experience Embedded Engineers Can Help You

Customized Hardware

Microcontroller Programming
Analog & Digital Programming
Handling Pulse-Width Modulation (PWM)
PCB Designing
Microcontroller and Sensor Integration
Real-Time Operating System
Hardware Debugging
Low-power Optimization
Peripheral Interfacing
Working with Communication Protocols

Software Development

Embedded C/C++/Python
Firmware Programming
Real-Time Software
Device Drivers
Embedded Linux
LabVIEW Software
Robotics and IoT Applications

Wireless Connectivity

IoT device Integration
IoT Gateway Development
Wireless Sensor Networks
Embedded Wi-Fi Modules
Bluetooth Connectivity
RF Communication Protocols
Embedded Antenna Design
Cellular IoT Connectivity
Embedded Security Measures

Our Expertise

Design Requirement Analysis

Embedded system development starts with a thorough analysis of application requirements, which includes functional features, performance criteria, connectivity, power constraints, peripheral modules, and other application details. This phase culminates in a comprehensive system specification, serving as the development roadmap.

System Architecture Design

Designing the system's architecture involves choosing microcontrollers, memory, sensors, actuators, and communication interfaces. Concurrently, hardware components like PCBs, connectors, power circuits, and custom electronics are meticulously designed, considering signal integrity and thermal management.

Firmware and Software Development

Firmware is crafted to control system functions, and handle inputs, outputs, and communication. Supplementary software components, such as user interfaces, algorithms, and data processing routines, are developed to ensure seamless operation.

Sensor Integration
and Relay Control

Various sensors are integrated to gather data, while relays are added to execute actions based on system commands, enhancing functionality and responsiveness.

Communication
Interfaces

Communication interfaces like UART, SPI, I2C, Ethernet, Wi-Fi, Bluetooth, or cellular connectivity enable seamless data exchange with other devices, networks, or the cloud, facilitating real-time data sharing and remote control.

Web Integration and Remote Monitoring

Integrating embedded systems with web-based platforms enables remote monitoring, control, and data analysis. This facilitates real-time insights and decision-making, enhancing overall system functionality and user experience.

Testing, Validation, and Debugging

Rigorous testing and validation ensure the system meets requirements and operates reliably in diverse conditions. Integration issues are identified and resolved through thorough debugging.

Performance
Optimization

Continuous optimization enhances system performance, efficiency, and power consumption. Hardware and firmware are fine-tuned to meet performance goals while conserving energy.

Manufacturing
Support

Compliance with industry standards and safety regulations is ensured. Manufacturing guidelines are established for mass production. Systems are deployed, and ongoing customer support, firmware updates, and maintenance ensure long-term reliability and satisfaction.